KR101706595B1 - System for sensory effect media contents display with olfactory player - Google Patents

Abstract

Disclosed is a sensible media content realization system equipped with a smell diffusion apparatus which is a sensible media technology utilizing a five senses. The real-feeling media contents realization system equipped with the smell diffusion apparatus of the present invention is an image display apparatus that displays video and audio data of real-life media contents on screen and audio, A smell diffusion control module for controlling the smell diffusion type and the smell diffusion time in the smell diffusion apparatus according to smell diffusion data and the image and audio data in the media contents generated or provided in real time using the editing software, And a sensation media support module for providing sensation media contents including video and audio data and smell diffusion data to the smell diffusion control module by generating and editing smell diffusion data, Usage of technology It is possible to improve.

Description

TECHNICAL FIELD [0001] The present invention relates to a system for realizing sensible media contents having a smell diffusion apparatus,

The present invention relates to realistic media technology that utilizes the five senses. Specifically, the present invention utilizes a software that can select and control the type of erosion and the timing of erosion while applying a different erosion mode, The present invention relates to a real-time media content realization system equipped with a smell diffusion device for enhancing utilization of realistic media implementation technology.

Realistic media is a next generation media that can be expressed in much better ways than currently used media. It is realistic media devices and services based on technologies such as 3D stereoscopic, high definition, high resolution media, five sensory media, multimodal realistic space and augmented reality Is defined.

Representative examples of realistic media that provide new experiences through interaction with users include 4D movies that add vibration, wind, steam, scent, lighting effects to 3D stereoscopic images.

Realistic media technologies that utilize the five senses to selectively feel the five senses will be commercialized in the smartphone and game console markets as well as broadcasting businesses such as 3D TV and smart TV, It is expanding into various industries such as education, entertainment, medical care, sports, and shopping.

However, research and product launches are relatively limited compared to other senses such as visual, auditory, and tactile senses, and development of olfactory-related products through smell is further demanded for true realization of media.

Korean Patent Laid-Open Publication No. 10-2001-0015967 (published on Mar. 03, 2001) discloses a method of mixing a fragrance of an incense storage tank or a single fragrance according to a movie scenario to output an incense corresponding to a scene of a movie to an audience seat, We propose an erotic system of a virtual reality movie theater that allows people to feel realism not only in the auditory sense but also in the olfactory sense.

However, since the conventional smell diffusion technology or smell diffusion system can be implemented only in a preset space such as a 4D movie theater by setting incendiary devices in advance according to a predetermined media such as a movie, there is a problem that the use of smell diffusion technology is very low . In addition, in the smell-flavoring method, since the liquid containing the artificial flavor is injected into the ventilator and discharged, there is a problem that the smell of the fragrance is frequent and the physical side effects must be taken.

Korean Patent Publication No. 10-2001-0015967 (published on Mar. 5, 2001)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a method and apparatus for improving the effect of real- And a realistic media content implementation system equipped with a smell diffusion device for enhancing utilization of media implementation technology.

According to another aspect of the present invention, there is provided a system for realizing real-life media contents comprising an erosion device, including: an image display device for displaying image and audio data of real-sensible media contents on a screen and audio; A smell diffusion control module for controlling the smell diffusion type and the smell diffusion time in the smell diffusion apparatus according to the smell diffusion data and the media content generated or provided in real time using the editing software, And a sensation media support module for classifying the video and audio data and generating and editing the erosion data according to the video and audio data to provide the sensory media content including the video and audio data and the erosion data to the erosion control module.

According to the sensible media contents implementation system having the smell diffusion apparatus of the present invention as described above, differentiated smell diffusion scheme is applied, and the software for selecting and controlling erosion type and smell diffusion timing is used to further enhance the effect of realizing realistic media contents .

In particular, it is not limited to a specific media such as a movie or a specific space, but also supports the selection and control of the type of smell and the timing of smell to suit the media generated or provided in real time, So that the utilization of realistic media implementation technology can be further enhanced.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram specifically illustrating a real-feeling media content realization system equipped with a smell diffusion apparatus according to an embodiment of the present invention.
2 is a block diagram specifically showing the smell diffusion control module and the sensation media support module shown in FIG.
FIG. 3 is a view showing the smell diffusion apparatus shown in FIG. 1 and FIG. 2 in detail.
4 is a side cross-sectional view specifically showing the smell diffusion method of the smell diffusion apparatus shown in FIG.
5 is a view showing an editing software execution screen supported by the editing software support unit of FIG.
FIG. 6 is a screen for explaining a method of editing image data, audio data, and smell diffusion data through the editing software of FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram specifically illustrating a real-feeling media content realization system equipped with a smell diffusion apparatus according to an embodiment of the present invention. 2 is a block diagram specifically illustrating the smell diffusion control module and the sensation media support module shown in FIG.

Referring to FIGS. 1 and 2, a real-life media content realization system includes an image display device 100 for displaying video and audio data of real-life media contents on a screen and a speaker, A smell diffusion control module 300 for controlling smell diffusion type and smell diffusion time of the smell diffusion apparatus 200 in accordance with smell diffusion data, A sensible media support module 400 for classifying video and audio data and generating and editing erotic data in accordance with video and audio data, and providing the sensible media contents including video and audio data and erotic data to the erosion control module 300; Respectively.

The image display apparatus 100 includes an image display module for displaying an image according to image data and a speaker for generating sound according to audio data. Here, the image display module includes a flat panel display such as a liquid crystal display module, an OLED display module, Module.

The smell diffusion apparatus (200) adjusts the type of smell and the smell diffusion time according to smell diffusion data of the sensible media content, and thereby, the selected smell is emitted for a predetermined period of time. In general, the spray-type fragrance method can be used to smell fragrance with liquids and various fragrance. Also, since the liquid component remains in the air continuously, the reverberation persists and various incense can not be sprayed. Accordingly, the smell diffusion apparatus 200 according to the present invention is constructed so as to provide a vaporized aroma by vaporizing it by impregnation instead of a spraying type, so that more various aromas other than one aroma can be formed and combined into a vaporized state. The smell diffusion apparatus 200 controls the smell diffusion type and the smell diffusion time according to the control of the smell diffusion control module 300. The structure and direction of the smell diffusion apparatus 200 will be described below with reference to the accompanying drawings. More specifically, it will be described.

The smell diffusion control module 300 classifies the video and audio data in the sensible media contents supported by the sensible media support module 400 and supplies the classified video and audio data to the video display device 100, Data is separated to control the type of smell and the smell diffusion time of the smell diffusion apparatus 200.

To this end, the erosion control module 300 includes a data separation detection unit 320 for receiving and storing the sensible media contents supported by the sensation media support module 400, and analyzing and separating the image data, audio data, and smell diffusion data, A display data input / output unit 310 for matching the transmission timings of the image data and the audio data to transmit the image data to the image display apparatus 100; a smell diffusion control unit 310 for detecting the smell diffusion selection data for selecting the smell diffusion type by analyzing the smell diffusion data, And provides the smell diffusion selection signal to the smell diffusion apparatus 200 so that the smell diffusion selection signal is synchronized with the transmission timing of the image data and the audio data. The smell diffusion selection control unit 330 analyzes the separated smell diffusion data, One smoothing timing data is detected and the smell diffusion type timing control signal A generation later, in synchronization with the transfer timing of the video data and audio data and a smell diffusion timing controller 340 to provide to the smell diffusion apparatus 200.

The data separation detecting unit 320 sequentially receives sensible media content data supported by the sensible media support module 400 and stores the sensed media content data in a decoding process to analyze and separate image data, audio data, and smell diffusion data. At this time, the separated image data, audio data, and smell diffusion data are respectively stored so as to synchronize the input and output timings.

The display data input and output unit 310 receives the image data and the audio data from the data separation detector 320 and receives the smell selection signal output timing of the smell selection control unit 330 and the smell diffusion timing control signal output And transmits the video data and the audio data to the video display device 100 so as to be synchronized with the respective timings.

The smell diffusion selection control unit 330 sequentially analyzes the smell diffusion selection data for selecting the smell diffusion type by analyzing the smell diffusion data detected and separated by the data separation detector 320. The smell diffusion apparatus 200 generates the smell diffusion selection signal for controlling the smell diffusion apparatus 200 according to the detected smell diffusion selection data and sequentially provides the smell diffusion apparatus 200 with the smell diffusion apparatus 200 to synchronize the transmission timing of the image data and the audio data.

In addition, the smell diffusion selection control unit 330 analyzes the smell diffusion data detected and separated by the data separation detector 320, and sequentially detects smell diffusion timing data for each smell type. The smell diffusion control unit 200 sequentially generates smell diffusion timing control signals for each smell diffusion type according to the smell diffusion timing data, and provides the smell diffusion apparatus 200 with the smell diffusion selection signal and the transmission timing of the image data and the audio data.

The smell diffusion apparatus 200 sequentially selects the smell type according to the smell diffusion selection signal sequentially input to the smell diffusion apparatus 200. The smell diffusion apparatus 200 performs the smell diffusion operation according to the smell diffusion type control signal.

FIG. 3 is a view showing the smell diffusion apparatus shown in FIG. 1 and FIG. 2 in detail. 3 (a) is a side view of the smell diffusion apparatus, FIG. 3 (b) is a front view of the smell diffusion apparatus, and FIG. 3 (c) is a perspective view of the smell diffusion apparatus. 4 is a side sectional view specifically showing the smell diffusion method of the smell diffusion apparatus shown in FIG.

Referring to FIG. 3, the smell diffusion apparatus 200 includes a plurality of protrusions 220 and a plurality of protrusions 220 for aligning and arranging the plurality of protrusions 220 and the plurality of protrusions 220, A rotation frame 230 for changing the position of the protrusion 220 to the opening direction and a rotation frame 230 for rotating the rotation frame 230 in accordance with the smell selection signal provided from the smell diffusion control module 300, (220) positioned in the direction of the opening in accordance with the smell diffusion control signal provided from the smell diffusion control module (300), and an impregnation container selection driver And a timing driving unit 210 for controlling the time during which the fan of the foreknowledge 220 located in the opening direction is discharged out of the opening by rotating the fan in the opening direction.

Each of the protrusions 220 is provided with a liquid that emits different fractions, and the liquid outlet is provided so as to be in contact with the liquid, and the liquid is discharged into the vaporized state through the impregnation. The plurality of protrusions 220 are disposed and fixed on the upper surface of the rotating frame 230 rotating in a circular or disc shape, respectively. When the rotating frame 230 is rotated, the respective protrusions 220 are moved in the direction in which the openings are positioned in order as shown in FIG.

The rotating frame 230 is formed of a circular or disc-shaped frame, and each of the protrusions 220 is fixed to the outer surface of the upper surface. The rotating frame 230 rotates by the rotational force transmitted from the smell-flavor-container selecting and driving unit 240, thereby changing the position of each of the forklifts 220 to the opening direction according to the rotational force.

The smell-flavor selecting driver 240 includes at least one DC motor, and transmits the rotational force to the rotating frame 230 to correspond to the smell-forming selection signal provided from the smell-controlling module 300. Thus, the rotation frame 230 rotates by the rotational force transmitted from the smell-flavor-container selection driver 240, so that the selected protrusions 220 are controlled and driven to be positioned in the opening direction.

The timing driving unit 210 includes at least one DC motor and a fan that rotates by the driving force of the DC motor and rotates the fan for a time corresponding to the smell diffusion timing control signal provided from the smell diffusion control module 300 . During the time the fan rotates, the fragrance of the selected protrusion 220 located in the opening direction is discharged outside the opening.

The sensible media support module 400 shown in FIG. 1 and FIG. 2 converts and reproduces the media content generated or provided in real time into the sensible media content including the smell diffusion data, and provides the sensed media content to the smell diffusion control module 300. That is, the sensible media support module 400 classifies video and audio data in media contents created or provided in real time using editing software, generates and edits erosion data in accordance with video and audio data, It is possible to convert and reproduce the sensible media content including the data.

For this purpose, the sensible media support module 400 may be realized in real time by a media content generation device through wired / wireless communication or a network, or may receive and store media content from the outside, analyze and classify the video data and audio data of the media content, An editing software support unit 420 for supporting editing tools and editing menus to edit the erosion data together with classified image data and audio data, and a function for executing menus for editing the classified image data An audio data editing support unit 440 for supporting an execution function of menus for editing the classified audio data, an audio data editing support unit 440 for supporting a smell diffusion data generation source so as to generate smell diffusion data, Editing smell data according to audio data It is provided with a smell diffusion data editing support 450 that supports the execution of the function menu.

The display data support unit 410 is connected to the Internet through wired / wireless Internet communication or a network configuration interface module, and is generated in real time from an external media content generation apparatus or receives media content from the outside. Then, the image data and the audio data of the input and stored media contents are analyzed, classified and stored.

The editing software support unit 420 may include an editing tool, an editing menu, and an editing function to support the editing functions to additionally generate the smell diffusion data together with the image data and the audio data classified by the display data support unit 410, Software support.

5 is a view showing an editing software execution screen supported by the editing software support unit of FIG. 6 is a view for explaining a method of editing image data, audio data, and smell diffusion data through the editing software of FIG.

5 and 6, the editing software support unit 420 selects the image data and the audio data classified by the display data support unit 410 through the editing software, and displays the selected image data and audio data on a timing basis A menu bar and a tool bar for dividing or inserting, adding, deleting and editing display / output timings. That is, the image data and audio data classified by the display data support unit 410 are supported by the open menu of the editing software, respectively. Thereafter, the menu data and the audio data are selectively edited . As shown in the following Table 1, the editing software of the editing software support unit 420 may be executed on a window-based basis, and a program tool may be supported in a programming language such as Java or C ++.

The video data editing support unit 430 supports execution menus such as a video selection menu, video display support, timing selection support, insertion or deletion, trimming, and the like so as to divide or insert video data on a timing basis, It supports to edit.

In addition, the audio data editing support unit 440 supports execution menus such as audio data selection menu, audio output support, audio output timing selection support, audio data insertion or deletion, trimming, Add, delete and edit audio output timing.

On the other hand, the smell diffusion data edit support unit 450 supports each source for each function so as to generate smell diffusion data, or to load previously set and stored smell diffusion data, and to generate, delete or delete smell diffusion data according to the output timing of the image data and audio data It supports execution functions for editing. In particular, as shown in FIG. 6, the smell diffusion data edit support unit 450 includes a creation and storage menu and an execution function for creating and storing smell diffusion data, an open and a selection menu for executing the stored smell diffusion data, Supports selection menu and execution function of timing support, addition insertion or deletion of erosion data, execution menu and execution function such as menu and execution function, trimming and so on, thereby dividing or inserting erosion data by timing, adding erosion start / Deleted, and edited.

As described above, in the sensible media contents implementation system provided with the smell diffusion apparatus of the present invention, by using the software capable of selecting and controlling the smell type and smell diffusion timing while applying the different smell diffusion method, The effect can be further improved.

In addition, it is not limited to a specific media such as a movie or a specific space, but it is possible to select and control an odor type and an odor timing suitable for media generated or provided in real time, So that the utilization of realistic media implementation technology can be further enhanced.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the following claims And changes may be made without departing from the spirit and scope of the invention.

Claims (7)

A video display device for displaying video and audio data of realistic media contents on a screen and audio;
A smell diffusion apparatus for smelling and adjusting smell type and smell diffusion time according to smell diffusion data of the sensible media contents;
A smell diffusion control module for controlling the smell diffusion type and the smell diffusion time in the smell diffusion apparatus according to the smell diffusion data; And
Audio data in real time or generated media content using editing software and generates and edits erosion data in accordance with the image and audio data to generate the real and sensible media contents including the image and audio data and the erosion data And a sensation media support module for providing the sensation media to the smell diffusion control module,
The sensible media support module includes:
A display data support unit for receiving and storing media content generated in real time or externally inputted from the media content generation apparatus and analyzing and classifying the video data and audio data of the media content and sharing the media content;
An editing software support unit for supporting an editing tool and editing menus so that the erosion data can be edited together with the classified image data and the audio data;
An image data editing support unit for supporting an execution function of menus for editing the classified image data;
An audio data editing support unit for supporting an execution function of menus for editing the classified audio data; And
A smell diffusion data editing support unit for supporting an smell diffusion data generation source so as to generate the smell diffusion data in response to a user edit command and supporting an execution function of menus for editing the smell diffusion data in accordance with the image data and the audio data; ≪ / RTI &
Wherein the smell diffusion data edit support unit comprises:
A creation menu for generating the smell diffusion data, a storage menu for storing the generated smell diffusion data, an execution function for executing the creation menu and the storage menu, a smell data selection menu for loading previously stored smell diffusion data, An erosion output timing selection menu for selecting erosion output timing, an erosion output timing execution function, an insert menu for adding the erosion data, or a delete menu for erasing the erosion data, A deletion menu for cutting out the smell diffusion data and an execution function for executing the trimming to divide or insert the smell diffusion data for each timing and to provide smell diffusion start / You can add, delete, and edit The support smell diffusion apparatus comprising a media content feel implementations.
The method according to claim 1,
The smell diffusion control module
A data separation detector for receiving and storing the sensible media contents supported by the sensible media support module and analyzing and separating the image data, audio data, and smell diffusion data;
A display data input / output unit for transmitting the video data and the audio data to the video display device by matching the transmission timing of the separated video data and audio data in synchronism with the smell selection signal and the smell diffusion timing control signal;
And a controller for detecting smell diffusion selection data for selecting smell diffusion type by analyzing the smell diffusion data and generating an smell diffusion selection signal for controlling the smell diffusion apparatus according to the smell diffusion selection data, An odor-selection control unit provided to the odorizing device; And
And a controller for detecting the smell diffusion timing data for each of the smell diffusion types by analyzing the smell diffusion data, generating smell diffusion timing control signals for each smell type according to the smell diffusion timing data, An smell diffusion timing control unit for providing the smell diffusion apparatus with synchronization so as to be synchronized;
And a smell diffusion device for smearing the contents.
3. The method of claim 2,
The smell diffusion selection control unit
The data separation detecting unit sequentially analyzes the smell diffusion selection data for selecting the smell diffusion type by analyzing the smell diffusion data detected and separated by the data separation detector and generates an smell selection signal for controlling the smell diffusion apparatus according to the smell diffusion selection data And a smell diffusion apparatus sequentially providing the smell diffusion apparatus to the smell diffusion apparatus so as to be synchronized with transmission timings of the image data and the audio data.
3. The method of claim 2,
The smell diffusion selection control unit
The data separation detecting unit sequentially analyzes the smell diffusion data detected by the data separation detecting unit and sets the smell diffusion time for each smell type, analyzes the smell diffusion timing data for each smell type according to the smell diffusion timing data, And providing the smell diffusion apparatus with the smell diffusion selection signal and the smell diffusion apparatus to be synchronized with the transmission timing of the image data and the audio data.
The method according to claim 1,
The smell-
A plurality of smell-casting vessels for discharging different fragrances by impregnation;
A rotating frame for aligning and arranging the plurality of smellable containers and changing the position of each smellable container in the direction of the opening according to the rotational force;
An odorous container selection driver for controlling the selected odorant container to be positioned in the opening direction by rotating the rotary frame according to an odor selection signal provided from the odor control module; And
The control unit controls the impregnation of one odorant container positioned in the direction of the opening according to the odor control timing signal provided from the odor control module and the time for discharging the fragrance of the odoriferous container located in the direction of the opening to the outside of the opening by rotating the fan in the direction of the opening A sensible media contents implementation system comprising a smell diffusion device including a timing driver.
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